6
6.0
Mar 16, 2021
03/21
by
Stephan Gerlach (Stephan2307)
data
eye 6
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comment 0
Holder for the SD Reader USB adaptor that comes with the Ender 3 Pro ( not sure if it will fit any other versions ). paypal.me/stephan2307 Any donations welcome [https://paypal.me/stephan2307](https://paypal.me/stephan2307)
Topics: thingiverse, ender3pro, SD_Card_Holder, Creality, sd_card, creality_ender_3, stl, ender3_pro, 3D...
3
3.0
Jan 9, 2021
01/21
by
Stephan Gerlach (Stephan2307)
data
eye 3
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comment 0
Clip that can hold any sort of stick or pipe ie broom handle etc. The clip has one countersunk hole so the screw head does not stick out.
Topics: thingiverse, Organization, stl
2
2.0
May 1, 2021
05/21
by
Stephan Gerlach (Stephan2307)
data
eye 2
favorite 0
comment 0
This is a small bracket for a C9050 DC motor. I am building a modular rov and this will be used in the prototype. Motor fits snuggly into the case. You just need to make sure the screws aren't too long.
Topics: stl, thingiverse, Electronics
89
89
Sep 17, 2013
09/13
by
Stefan Sellner; Alexander Gerlach; Stefan Kowarik; Frank Schreiber; Helmut Dosch; Stephan Meyer; Jens Pflaum; Gerhard Ulbricht
texts
eye 89
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We present a comparative study of the growth of the technologically highly relevant gate dielectric and encapsulation material aluminum oxide in inorganic and also organic heterostructures. Atomic force microscopy studies indicate strong similarities in the surface morphology of aluminum oxide films grown on these chemically different substrates. In addition, from X-ray reflectivity measurements we extract the roughness exponent \beta of aluminum oxide growth on both substrates. By...
Source: http://arxiv.org/abs/0711.5019v1
48
48
Sep 21, 2013
09/13
by
Stefan Sellner; Alexander Gerlach; Frank Schreiber; Marion Kelsch; Nikolai Kasper; Helmut Dosch; Stephan Meyer; Jens Pflaum; Matthias Fischer; Bruno Gompf
texts
eye 48
favorite 0
comment 0
We show that the thermal stability of thin films of the organic semiconductor diindenoperylene (DIP) can be strongly enhanced by aluminum oxide capping layers. By thermal desorption spectroscopy and in-situ X-ray diffraction we demonstrate that organic films do not only stay on the substrate, but even remain crystalline up to 460C, i.e. 270 deg. above their desorption point for uncapped films (190C). We argue that this strong enhancement of the thermal stability compared to uncapped and also...
Source: http://arxiv.org/abs/cond-mat/0407588v1
